Parser.add_argument("-a", "-no-ra", action='store_true', help="Do not advertise ourselves (useful for networks which detect rogue Router Advertisements)") Parser.add_argument("-m", "-mac", type=str, metavar='ADDRESS', help="Custom mac address - probably breaks stuff (default: mac of selected interface)") Parser.add_argument("-6", "-ipv6", type=str, metavar='ADDRESS', help="IPv6 link-local address to send packets from (default: autodetect)")
Parser.add_argument("-4", "-ipv4", type=str, metavar='ADDRESS', help="IPv4 address to send packets from (default: autodetect)") Parser.add_argument("-l", "-localdomain", type=str, metavar='LOCALDOMAIN', help="Domain name to use as DNS search domain (default: use first DNS domain)") Parser.add_argument("-i", "-interface", type=str, metavar='INTERFACE', help="Interface to use (default: autodetect)") Parser = argparse.ArgumentParser(description='mitm6 - pwning IPv4 via IPv6\nFor help or reporting issues, visit ', formatter_class=argparse.RawDescriptionHelpFormatter) Sniff(filter=bpf, prn=_process, store=0, timeout=timeout) """Initiate sniffing process (passive)."""Īnd (pkt.src = target or pkt.dst = target)Īnd (pkt.sport = target or pkt.dport = target) compressions)))Įvents = _events()ĭef sniff(self, target=None, iface=None, timeout=3): Len(.compressions), len(TLS_COMPRESSION_METHODS))) Print (" supported compressions methods: %s/%s" % ( Len(.ciphers), len(TLS_CIPHER_SUITES) + len(SSLv2_CIPHER_SUITES))) Scanner.scan((host, port), starttls=starttls) Print (" Scanning with %s parallel threads." % num_workers) Print (" Scanning in 'sniff' mode for %s on %s." % (repr((host, port)), iface)) Scanner = TLSScanner(workers=num_workers) Iface = "eth0" if not len(sys.argv) > 6 else sys.argv Num_workers = 10 if not len(sys.argv) > 5 else int(sys.argv) Starttls = sys.argv if len(sys.argv) > 4 else None Pkts = sniff(count=1, lfilter=filterfct, filter="tcp", # stop_filter=lambda pkt: pkt.haslayer(UDP), # pkt.haslayer(UDP), filter="udp or tcp", # buf = sniff(count=0, lfilter=lambda pkt: filterfct(pkt) or \ # to user only when a UDP signal is encountered # in buffermode, the packets are stored in buf and they are transmitted bug("Sniffing using custom function." + tOut, level=2) TOut = " (timeout after " + str(timeout) + " secs)"
Waiting for a packet if no initstate entered in the Tester.") Raise Exception("A state object must be given as parameter when \ Other args: extra args for sniff function of scapy""" State: initial state, may be empty but should be a valid stateįilterfct: boolean function applied on a packet received to select it """Wait for one packet matching a filter function Print ("* EVENT - " + "\n* EVENT - ".join(e for e in events))ĭef waitForPacket(self, state=None, filterfct=None, timeout=None, Print ("Connection: %(src)s:%(sport)d %(dst)s:%(dport)d" % strconn) (pkt, client=False)Įvents = _events() # misuse get_events :/ Pkt.sport = target or pkt.dport = target) if len(target) = 2 else True Match_ip = pkt.haslayer(IP) and (pkt.src = target or pkt.dst = target) if target else True Def sniff(self, target=None, iface=None):
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